This technique of training drivers uses the same principle as flight simulators. However, instead of training pilots in their own cockpit, it is used to train heavy vehicle drivers on a big screen with realistic driving conditions and road scenarios.
The simulator provides an interactive experience for drivers through its motion platform, which moves around like a car or truck does when turning left or right, etc., at the same time providing similar movement sensations associated with traveling over different types of ground surfaces (i.e., gravel roads).
It also includes real lights and sound effects that make it feel truly immersive-almost like being behind the wheel. You can also get to know more about virtual reality at https://immersivelearning.co/services/simulations-roleplay/ online.
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The synchronous nature of these features can contribute to building driver confidence and situational awareness, as well as reducing stress levels. In addition, it can also help identify potential errors such as inappropriate or incorrect gear selection, speed, road position, etc.
The motion platform can also help drivers to generalize the experience outside of the simulator; for example, in extreme weather conditions or when operating at night (where there is limited visibility).
Technology has become increasingly important in heavy vehicle training over recent years, with industry demand increasing exponentially both here in Australia and around the world. However, one area where technology could play a significant role is through simulation-based training, which involves using computer-generated replicas of real driving scenarios and environments.
With this type of system being utilized more often by companies who need to train large numbers of drivers quickly without having to take them out on-site constantly, it is likely that their effectiveness will increase over time.